When Panduit introduced 28 AWG patch cords to the market in 2011, we knew we were on to something big. When we showed customers and contractors the skinny patch cords, they were amazed by the sheer size and flexibility of the cords. At the time, they might not have fully realized the impact the cords could have in overcrowded telco rooms, but nonetheless, they were impressed.
However, while the cords met all the performance requirements of the copper cabling standards (with reduced channel lengths), they didn’t meet the wire gauge requirements of the standard, which required 22-26 AWG wires. Hence the 28 AWG patch cords were not fully standards compliant. Because of the huge size advantages and minimum channel length reductions, most Panduit customers adopted the 28 AWG cords. However, even after 7 years on the market, some customers remain hesitant or flat out refuse to try them, as they want a solution that is fully standards-compliant.
Today, Panduit is excited to be able to say that 28 AWG patch cords are FULLY COMPLIANT with copper cabling standards. ANSI/TIA-568.2-D, the Balanced Twisted-Pair Telecommunications Cabling and Components Standard, has been revised to include 28 AWG patch cords. The revised standard is expected to be published this month.
The revision was developed by the TIA TR-42.7 Copper Cabling Systems Subcommittee, which I’m a member of. The effort to get 28 AWG included wasn’t a small feat. In fact, this represents the culmination of two years of work by a broad spectrum of companies and individuals. During our discussions, it was apparent the committee members see the value the small cords bring. As more and more building systems are networked, space in TRs is at a premium. Everyone is looking for ways they can squeeze more into their space and 28 AWG is an easy, inexpensive way to help make that happen.
At Panduit, we’ve been beating this drum for a while now. We’ve seen firsthand the impact 28 AWG cords have made in TRs. We’ve heard from customers how they have been able to add devices but keep the same pathways because of the reduced size. We have contractors telling us how the smaller size and flexibility have simplified moves, adds, and changes. And, we’ve seen other manufacturers jump on the bandwagon. In short, the industry has embraced 28 AWG patch cords.
Modular Plug Terminated Links Added to Standard Also
Along with the addition of 28 AWG patch cords, the revised standard also recognizes modular plug terminated links (MPTLs). MPTLs are essentially permanent links that have field terminated plugs on one end, instead of a typical jack-to-jack permanent link. Although installers have used this method for years, a new breed of MPTL plugs have entered the market, including Panduit’s new Field Terminated Plug. These plugs are designed specifically for connecting the growing number of networked devices that are going into buildings. The standard revision allows for field testing of MPTLs – something that hasn’t been possible previously. With field testing using a recognized and reputable tester, the installer can be assured that the channel that includes the MPTL meets applicable Category 5e, 6 or 6A performance requirements to support data rates of 1G and higher.
MPTLs are a key component in today’s digital building, allowing quick and easy connections for cameras, access points, lights and more. As additional systems are added to the network, MPTL use will continue to grow. The addition of this new connector to the standard solidifies the continued use of MPTLs going forward.
If standards compliance is an issue for your organization, now’s your chance to try these connectivity solutions in your buildings and see the big difference yourself. Reach out to your distributor or your Panduit account manager to see these in person if you haven’t already.